KEYENCE 3D VGR series Alternatives & Competitors

The SCAPE Pro C-L is a stationary 3D scanner available at the lowest price on the market. It is designed for industrial applications, featuring a working range of 1326 to 2800 mm. This model utilizes binocular scanning technology, which enhances its capability to capture detailed 3D data from multiple angles, making it particularly effective for tasks such as bin-picking. With a field of view of 2100 x 1800 mm and a lateral resolution of 1.369 mm, it ensures that large areas can be scanned quickly and accurately without the need for a moving robot.

Equipped with a color camera, the SCAPE Pro C-L enhances object differentiation and surface inspection by providing additional color data alongside geometric measurements. This capability supports texture mapping, which is crucial for applications requiring detailed visual analysis of scanned objects. The scanner's stationary design results in faster cycle times since it eliminates the need for a robot in the data acquisition process, allowing for efficient operations in high-demand environments.

The SCAPE Pro C-L is suitable for a variety of applications, including object detection and pose estimation, depalletizing and palletizing tasks, and large area scanning operations. Its IP65 rating ensures protection against dust and low-pressure water jets, making it resilient in challenging industrial settings.

RAYPLE 3D Cameras are advanced imaging devices that utilize line structured light and speckle laser technology to capture high-precision and high-quality 3D data. These cameras offer a range of standout features and capabilities, making them a reliable option for industrial automation and various 3D applications.

One of the notable features of iRAYPLE 3D Cameras is their ability to capture data with high precision. Through the use of line structured light and speckle laser technology, these cameras can generate detailed and accurate 3D point cloud data or volume data. This precision is crucial for tasks such as object recognition, dimensional measurement, and quality inspection, where precise and reliable data is essential.

iRAYPLE 3D Cameras also excel in capturing data at high frame rates. The cameras are designed to quickly capture and process multiple frames per second, enabling real-time data acquisition. This high frame rate capability is particularly advantageous in dynamic applications where capturing moving objects or rapidly changing environments is required.

Another standout feature of iRAYPLE 3D Cameras is their ability to handle high dynamic range scenes. These cameras are equipped with advanced sensors and algorithms that can effectively capture data in scenes with varying levels of brightness and contrast. This capability ensures accurate and reliable 3D data acquisition even in challenging lighting conditions, making the cameras suitable for a wide range of industrial environments.

Ease of use is a key aspect of iRAYPLE 3D Cameras. They are designed to be user-friendly and straightforward, with intuitive interfaces and easy-to-use features. The cameras provide seamless integration with software systems, allowing for convenient setup and streamlined workflows. This user-friendliness ensures efficient deployment and reduces the learning curve, making iRAYPLE 3D Cameras accessible to a broader range of users.

In addition to their standout features, iRAYPLE 3D Cameras are also built to meet the demands of industrial automation. They are designed to withstand harsh environments and can operate reliably in extreme temperatures. This durability and tolerance for challenging conditions make them suitable for integration into industrial production lines, robotic systems, and quality control processes.

The Helios2 Time of Flight (ToF) camera is an IP67 “factory tough” 3D camera featuring Sony’s DepthSense sensor, engineered for high performance operation in industrial environments. Built for demanding 24/7 environments and a variety of industrial 3D applications such as robotics, 3D inspection, and logistics, including advanced material handling, pick and place, sorting, palletization / de-palletization, volume estimation, and more. The Helios2 delivers sub-millimeter precision and improved accuracy compared to the previous Helios. The calibration between the VCSELs and sensor timing is enhanced resulting in more 3D detail, along with improved edge detection to reduce flying pixels and overall noise.

The Basler ToF640 offers both 2D and 3D imaging at 15 frames per second with VGA resolution and a working range of 0 to 13 meters. Notably, its accuracy of +/- 1 centimeter at distances up to 5.8 meters ensures precise measurements. This time-of-flight camera employs infrared LEDs to emit light pulses that are reflected off the target and registered by the sensor's pixels, enabling accurate distance calculation.

The camera provides calibrated range images in various formats, including Mono16, RGB8, and Coord3D_ABC32f. Its automatic exposure control and specialized Pylon software simplify configuration and image viewing. The Basler ToF640's versatility is evident in applications such as shape and volume measurement, carton stacking, object location, and autonomous vehicle crash avoidance. Moreover, its compatibility with different image formats and confidence map enhances data integrity, making it a valuable tool in industrial automation.

Additionally, the camera's ability to generate a 3D point cloud as a PLY polygon file adds to its unique features. This special output enables precise spatial visualization, contributing to its suitability for applications requiring accurate object detection, manipulation, and assessment. Furthermore, the Basler ToF640's integration into autonomous vehicle systems showcases its potential in enhancing safety measures through crash avoidance technology.